Nilaparvata lugens (brown planthopper): 111045128
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Entry
111045128 CDS
T07276
Name
(RefSeq) ATPase family AAA domain-containing protein 2
KO
K22531
ATPase family AAA domain-containing protein 2 [EC:3.6.1.-]
Organism
nlu
Nilaparvata lugens (brown planthopper)
Brite
KEGG Orthology (KO) [BR:
nlu00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
111045128
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Gene cluster
GFIT
Motif
Pfam:
AAA
Bromodomain
AAA_lid_3
AAA_2
AAA_5
IstB_IS21
AAA_22
nSTAND3
AAA_16
TIP49
AAA_14
RNA_helicase
NACHT
AAA_7
AAA_28
RuvB_N
ResIII
Mg_chelatase
ABC_tran
AAA_25
Viral_helicase1
AAA_33
AAA_18
AAA_11
Motif
Other DBs
NCBI-GeneID:
111045128
NCBI-ProteinID:
XP_039297727
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Position
X:85155098..85189070
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AA seq
1269 aa
AA seq
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MSPNRVTKRNVLAARNNITVNEERENKVVTTECRETVLATPRRNLRRNYQRNKTQEKNFN
NIRRSSRKRKLKYENYSDSWIVGAQALIGYPMYGNSYSMKEGKNNYDGDEEEETFDDEEE
ELEENRNEVEGNEVVSDKQAEEVNEQIDDEQVNGDDCADNSEKPVENGVVEEPSKEEGSR
SQRLRRACRDKITPNTTNGRPRRGRNGAANSNAKTRKQKRKRRGNGNTSSSESNYEAPVA
ANSGVTYCLRKTRGQVDRFNVAGPLSSRRRRHRSVTESETSADSEDEAVDKARRGKRKSI
LHNVGTEKFGRLGDLDPVSLDTDIKFTEVGGLEEHVQCLKEMVIFPMKYSELFTRFHITL
PKGVLFHGPPGTGKTLLARALANECSSGQQKVAFFMRKGADVMSKWVGESERQLRLLFEQ
ARQSRPSIIFFDEIDGLAPVRSTKQDQVHASIVSTLLALMDGLDNRGDIIVIGATNRIDA
IDPALRRPGRFDRELLFPLPSSQQRGEILKIHTGKWESQPSEADILKMAELSNGYCGADL
RGLCAEAVMAALRRRYPQIYKTNDTLLINPDNVKVEWGDFAEASKKLVPSTHRSTPAVAQ
RLPLFLEPLFKHTLSELNAHLRAAFPSGYCKQQNACKQMVKAPRLLLIGQNKEATLLASA
LLCNMESCPVHVFDVTTMYTRGGISPEEACVMIFNEARRTVPSVIYMPCVDNWWDTLAST
LQALIILTLNTIDPCLPILLMATTQTTVTSQLERIFSSYRKEIYRVPYPTDAQRKQFFQP
LIIARSLRPIPKNKSVEEELEELPRAPTPPPPKRTADELRKIIRQEDTILRDLRYALRII
CEKIAREKTFFLFVKPVDEHIVTDYRKHVHQPMYIEKVMLKINNHEYSCLSDFVEDMKLI
VDNALRYNPDKTEEGKAIRHRACMLHDKYHQLITEHVSLEMEMACKKVVKDRLLRERYPD
HLPHDFDLQKAIQPIPGATLLEEDNNSTLPLSENEEPVNKLLNKTADSVLNSSTSRASQR
KRRRKSAWQHGRIKKQATNKINSQRHELNVNNHEKFKTDSNSTGKAESPSSASKSGFESK
QSKVVLVRLPSPIRHSTPVRRRKRTAEPEVAVPSTSYAAMNGDVHSDDEMEIDGEPVTIT
KQLQKNNDKDDEDLWLDHSFNISTVDSLENNDETGACNKVVINRQALEQVLQEVVRVTRR
KTSLELILDLYATLRCIINKHLGTNQRQALPAEMESEIKRFAVETQENNETSSQYPVTSI
RNTRKNHTF
NT seq
3810 nt
NT seq
+upstream
nt +downstream
nt
atgagtcccaatcgtgtaacaaaacgtaatgttcttgctgcccgcaataacatcactgta
aacgaagagagggaaaataaagtagttactactgaatgccgagaaacagtactcgcaaca
ccgaggagaaatttgaggaggaattatcaacggaataaaacacaggagaaaaatttcaat
aatataagaagaagttccagaaaaagaaaactcaagtacgagaattacagtgacagttgg
attgttggtgcgcaggcattaatcggctatccaatgtatggaaactcatattccatgaaa
gagggtaaaaacaattacgacggtgacgaagaggaagagacatttgatgacgaggaggaa
gaattggaggaaaatagaaatgaggtggaaggaaatgaagttgtgtcggacaaacaggca
gaagaagtgaatgaacagattgatgatgagcaagtgaatggagacgactgtgcagataat
tcagagaagccagtggaaaatggcgtagttgaagagccgtctaaagaggagggaagccgt
agccaaagattgcgacgtgcatgtcgggacaagattacaccgaacacaacaaacgggcga
ccgagacgaggccgcaatggcgccgccaattccaatgctaaaactaggaaacagaagagg
aagagaagaggcaacggaaacacctcctcttcggagagcaattacgaagctccggttgct
gctaattcgggtgtgacctactgtctgagaaagactcgaggccaagtagataggtttaat
gtagccggaccgctgagttcacgcaggaggcggcatcgtagtgttaccgagtcggagact
tcagccgactcagaggatgaagcagtcgataaagcccgtcgcggcaagcggaaaagcatc
cttcataacgttgggacggaaaaattcggtcgtctaggtgacctcgacccggtatcattg
gatacggatataaaattcaccgaagttggaggcctagaggaacacgttcaatgcttgaaa
gaaatggtgatttttcccatgaagtactcggaattatttacgagattccatataacattg
ccgaaaggagttctcttccacggcccgcctggtactggtaagacgctgttagctcgtgct
ctagccaatgagtgcagctcgggtcagcagaaagtggcattcttcatgcgcaaaggagcc
gacgtgatgtcaaagtgggttggcgaatcagagcgccagctacgtctgttgttcgagcaa
gcacgtcagagtagaccttctatcatatttttcgatgagattgacggtttggctcccgta
agatcgacaaaacaggatcaagtacatgccagcattgtgtccacattgttagcgctgatg
gacggtcttgataaccgtggcgatatcatcgttatcggggccactaatcggattgacgca
atagaccctgccctgcgccgtcccggacgtttcgatcgagaactgttgttcccactgccc
tccagccagcagcgcggtgaaatcctcaagatccacaccggcaaatgggagagccaacca
tccgaagcggacattctaaaaatggccgaactttccaacggctattgcggcgcggatctg
cgcggactctgtgcggaggctgtcatggccgctctcaggagacggtatccgcagatctac
aaaacaaacgacacactcctcatcaaccctgacaatgtcaaggttgaatggggcgatttc
gccgaggcatccaaaaaattagtaccatcaactcaccgcagtacgccggctgttgcccaa
aggctccctctctttcttgagccgctcttcaagcacacgttgtctgagctcaacgcacat
ctacgtgccgccttccccagcggctactgcaaacaacaaaatgcatgcaagcaaatggtc
aaggctccacgtttgctcttaattgggcaaaataaagaggcgacattattggcgtctgct
cttctttgcaacatggagagctgccctgttcatgtttttgatgttacaacgatgtatacg
agagggggcatctcgccggaagaggcgtgtgtgatgatttttaatgaagcgcggcgaaca
gtaccatctgttatctacatgccttgtgtagataactggtgggacactctcgccagcacc
ctccaggcgctcattattttaacgctcaataccatcgacccatgccttcctattttgctc
atggctactactcaaacaaccgtaacaagccagctggaacgtatattcagttcatatcga
aaggaaatctaccgggtaccgtatcctaccgatgcgcaacgaaaacaattcttccagcca
ttgattatcgcccgctcactacgaccaatccccaaaaacaagtcagtcgaggaggagctg
gaggagcttcccagggcacctaccccccctcctcccaagcgcactgctgatgagttgcgg
aaaatcattcgtcaagaggataccatccttcgagaccttcgatatgccttacgtataatc
tgtgagaaaatcgcaagagaaaagacgttctttttattcgtgaaacccgtggatgagcat
atagtaactgattacagaaaacatgtacaccaacctatgtatatagaaaaggttatgctg
aaaatcaacaatcatgaatactcatgtctcagtgattttgtcgaagacatgaaattaatt
gttgataatgcactgcgatataatccagataagacggaggagggcaaagcgattaggcac
cgagcttgtatgttgcatgataagtatcaccaactcataacagaacatgttagcctagaa
atggaaatggcatgtaaaaaggttgtcaaagatcggcttctccgtgaaaggtacccagac
catttaccacacgatttcgatttgcaaaaagccatacaacccataccgggagcaaccttg
ctggaagaagacaacaacagtactctgccattgagtgagaacgaagaacctgtaaacaaa
ttgttgaataaaactgcagattccgtgttgaattcttcaactagcagagcaagccaacga
aaacgaaggagaaaatcggcctggcagcatggccgtatcaaaaaacaagcaaccaacaaa
ataaattcacaaagacacgaattaaatgttaacaatcacgagaaatttaagactgactct
aattcgactggtaaagccgaatcgccatcttctgcctctaagagcggctttgaatccaag
caatcgaaggtggtgttagtgagactgccttcaccaatccgtcacagcactcccgttcgt
aggaggaaacgcacagctgaaccagaagtagctgtacccagtacatcgtatgcagccatg
aatggtgatgtgcattcagatgacgagatggagatcgacggtgaaccggtcaccataacc
aaacaattgcaaaagaataatgacaaagacgatgaagatttatggcttgaccatagcttc
aacatatcaacagttgattcactcgaaaacaatgatgaaacaggggcgtgcaataaggtg
gtcatcaaccgccaagctctagaacaagttctgcaagaagtggtgagagtgacaaggagg
aagacttccctggagctcatcctcgatctgtatgcgactctcagatgtattatcaacaag
catctgggcaccaatcaacgtcaagcactgccagcggaaatggagagtgaaatcaaacgg
tttgcagtagagactcaggaaaacaatgagacatccagccagtatccagtcacctcaatt
cgcaacacgcggaaaaaccacaccttttag
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